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main.py
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from gtts import gTTS
import json
import os
import sys
import random
from playsound import playsound
import threading
import difflib
# Week1 Jan 5
# Week2 Jan 12
# Week3 Jan 19
# Week4 Jan 26
# Week5 Feb 2
# 62 63 64 65 66 67 68
# 69 70 71 72 73 74 75
day_count = 75 # How many days we've done?
level_name = "n1" # N1
#day_count = 1 # How many days we've done?
#level_name = "n4" # N4
# JSON
# *.txt : make a list of word list manually
# *.json : [ {word, ans, idx, n_ok, n_ng} ] a json list will be generated automatically
original_data_file_name = "./words/{}_{:03d}.json".format(level_name,day_count)
try:
arr_words = json.load(open(original_data_file_name,'r')) # JSON
except: # json이 없는 경우 자동으로 새로 생성 하자.
f = open(original_data_file_name.replace("json","txt"),'r')
i = 0
arr_words = []
while True:
i += 1
line = f.readline()
if len(line) <= 0: break
line = line.replace("\n",'')
arr_words.append({
"idx":"{}".format(i),
"word":line,
"ans":line,
"n_ok":"0",
"n_ng":"0"
})
# Save the result
json.dump(arr_words, open(original_data_file_name,'w+'), indent=4, ensure_ascii=False) # JSON
arr_word_sounds = []
def load_sound_files(word_json_file_name):
cnt = 0
for i in range(1,day_count):
#file_name = "./words/{}_{:03d}_{:03d}.json".format(level_name, day_count, i)
file_name = "./words/{}_{:03d}.json".format(level_name, day_count)
objs = json.load(open(file_name,'r'))
cnt += len(objs)
print(cnt)
arr = json.load(open(word_json_file_name,'r'))
i = 0
for obj in arr:
i += 1
#tmp = obj["ans"]
tmp = obj["word"]
if 0 < len(tmp):
tmp = tmp.replace("\n",'')
arr_word_sounds.append(tmp)
file_name = "./words/mp3/{}_{:03d}_{:03d}.mp3".format(level_name,day_count, i)
try:
open(file_name, 'r')
except: # if not exists
print("\t(Now downloading mp3 ... )")
a = gTTS(tmp,lang='ja')
a.save(file_name)
else: break
# Pre Loading...
def bg_load_sound_files():
load_sound_files(original_data_file_name)
if False:
threading.Thread(target=bg_load_sound_files, args=()).start()
def bg_play_mp3(word_idx):
#file_name = "words/mp3/{}_{:03d}_{:03d}.mp3".format(level_name, day_count, word_idx+1)
#file_name = "words/mp3/{}_{:03d}_{:03d}.mp3".format(level_name, day_count, word_idx+1)
file_name = "words/mp3_native1/N1v_{:04d}s.mp3".format(day_count * 10 + (word_idx+1))
print("mp3 load : ", file_name)
try:
playsound(file_name)
except:
playsound(file_name.replace("s.mp3", "s1.mp3"))
# Japanese Full width characters
wide_to_ascii = dict((i, chr(i - 0xfee0)) for i in range(0xff01, 0xff5f))
#
def get_next_word(last_idx):
max_idx = -1;i=0
max_val = -1
min_idx = 999
min_val = 999
for word in arr_words:
v = int(word["n_ok"])
if max_val < v:
max_idx = i
max_val = v
if v < min_val:
min_idx = i
min_val = v
i += 1
idx = random.randint(0,len(arr_words)-1)
while last_idx == idx or min_val < int(arr_words[idx]["n_ok"]):
idx = random.randint(0,len(arr_words)-1)
if min_idx == idx: break # if it's very low, pop it
print("You've rotated : ", arr_words[min_idx]["n_ok"])
return idx
## Random Word Game Loop
idx = random.randint(0,len(arr_words)-1) # JSON
last_idx = -1
while True:
obj_word = arr_words[idx] # JSON
word = obj_word["word"]
print("[Commands] ? Pronunciation ")
print("[Commands] / Furigana ")
print("[Commands] q quit ")
print("[Commands] n next (skip) ")
print("[Direction] Type the same sentence ( Commands => ? Pronunciation / Furigana q quit ) : ")
if 0 == int(obj_word["n_ok"]): # if it's first time
print("idx : ", idx)
threading.Thread(target=bg_play_mp3, args=([idx])).start() # Sound
print(word)
# GET USER INPUT
user_input = sys.stdin.readline().replace("\n",'') # Trim
# Compare it into the logic
if 0 == len(user_input): continue
elif 0 <= user_input.find("?") or 0 <= user_input.find("？"): threading.Thread(target=bg_play_mp3, args=([idx])).start() # Sound
elif 0 <= user_input.find("/") or 0 <= user_input.find("・"): print("Hint : ", obj_word["ans"]) # JSON
elif "q" == user_input or "ｑ" == user_input: print("Good bye!");break
else:
if "n" == user_input or "ｎ" == user_input: #skip
idx = last_idx = get_next_word(last_idx)
else:
str_a = user_input.replace(" ",'').translate(wide_to_ascii).strip()
str_b = word.replace("\n",'').replace(" ",'').translate(wide_to_ascii).strip()
if str_a == str_b:
if False:
playsound("./bgm/nice-work.wav")
print("[Direction] nice work!")
obj_word["n_ok"] = str(int(obj_word["n_ok"])+1) # JSON
# Next Word
idx = last_idx = get_next_word(last_idx)
else:
if False:
playsound("./bgm/no-1.wav")
output_list = [li for li in difflib.ndiff(str_a, str_b) if li[0] != ' ']
char = ""
for ch in output_list:
char += ch
print("[Direction] no! try again! " + char)
obj_word["n_ng"] = str(int(obj_word["n_ng"])+1) # JSON
print("")
# Save the result
json.dump(arr_words, open(original_data_file_name,'w+'), indent=4, ensure_ascii=False) # JSON